Yorkshire Water £80M AMP8 framework: delivery and design insights for engineers
Reviewed by Tom Sullivan
First reported on New Civil Engineer
30 Second Briefing
Yorkshire Water has launched an £80M multi-supplier technical framework to support its AMP8 capital programme for 2025–2030, covering treatment works, trunk mains, sewers and associated civil assets. The framework will procure engineering design, technical consultancy, technical assurance and specialist support services across clean and wastewater networks, including hydraulic modelling, structural assessments and process optimisation. Consultants will be engaged early in project definition to standardise designs, manage whole-life asset performance and de-risk delivery across multiple concurrent schemes.
Technical Brief
- Agreement is explicitly multi-supplier, enabling parallel commissions across several design and assurance providers.
- Scope bundles technical consultancy with detailed engineering design and independent technical assurance under one commercial vehicle.
- Framework is structured to support multiple concurrent schemes rather than single large flagship projects.
Our Take
Within our 255 Infrastructure stories, UK water utilities like Yorkshire Water feature less frequently than transport and energy clients, so an AMP8-focused £80m technical framework signals a relatively large pipeline of design and advisory work in this sub-sector.
The 2025–2030 AMP8 window aligns with a cluster of UK infrastructure pieces in our database where early framework awards are being used to lock in design capacity ahead of tighter environmental and resilience requirements, suggesting consultants will need strong regulatory and asset-management credentials to compete.
Given this is tagged as both Projects and Contract Award, the framework is likely to act as a feeder for multiple downstream construction packages across Yorkshire Water’s estate, which in practice can give successful technical suppliers a medium-term workload visibility that is uncommon outside regulated UK utilities.
Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.
